def get_blinds(debug=False):
state = utils.service_call('get_blinds', get_blinds, [])
if state:
if debug:
print("Blind names are %s" % state.blinds)
return state.blinds
return None
def cct(x, y, cct_val, intensity_val, debug=False):
if debug:
print("Changing light (%s,%s) to cct %s and intensity %s" %
(x, y, cct_val, intensity_val))
state = utils.service_call('cct', OctaLight_CCT,
[cct_val, intensity_val, x, y])
if state and debug:
print("Light (%s,%s) is now in state %s" % (x, y, state))
return state
def cct_all(cct_val, intensity_val, debug=False):
if debug:
print("Changing all lights to cct %s and intensity %s" %
(cct_val, intensity_val))
state = utils.service_call('cct_all', OctaLight_CCTAll,
[cct_val, intensity_val])
if state and debug:
print("Lights are now in state %s" % (state))
return state
def get_distances_all(debug=False):
state = utils.service_call('get_distances_all', TOFGetDistancesAll, [])
if state:
dist = numpy.asarray(state.data)
dist = numpy.reshape(dist, (len(state.data)/160, 160))
dist = dist.tolist()
if debug:
print(dist)
return dist
def get_distances(sensor, debug=False):
state = utils.service_call('get_distances', TOFGetDistances, [sensor])
if state:
dist = numpy.asarray(state.data)
dist = numpy.reshape(dist, (len(state.data)/20, 20))
dist = dist.tolist()
if debug:
print(dist)
return dist
def sources_all(b1, b2, b3, l, a, o, r1, r2, debug=False):
if debug:
print(
"Changing all lights to blue1:%s%% blue2:%s%% blue3:%s%% lime:%s%% amber:%s%% orange:%s%% red1:%s%% red2:%s%%"
% (b1, b2, b3, l, a, o, r1, r2))
state = utils.service_call('sources_all', OctaLight_sourcesAll,
[b1, b2, b3, l, a, o, r1, r2])
if state and debug:
print("Lights are now in state %s" % (state))
return state
def get_lights(debug=False):
state = utils.service_call('get_lights', GetLights, [])
if state:
lights = []
for i in range(0, len(state.lights), 2):
lights.append((state.lights[i], state.lights[i + 1]))
if debug:
print("The available lights are %s" % lights)
return lights
return None
def sources(x, y, b1, b2, b3, l, a, o, r1, r2, debug=False):
if debug:
print(
"Changing light (%s,%s) to blue1:%s%% blue2:%s%% blue3:%s%% lime:%s%% amber:%s%% orange:%s%% red1:%s%% red2:%s%%"
% (x, y, b1, b2, b3, l, a, o, r1, r2))
state = utils.service_call('sources', OctaLight_sources,
[b1, b2, b3, l, a, o, r1, r2, x, y])
if state and debug:
print("Light (%s,%s) is now in state %s" % (x, y, state))
return state
def read_all(debug=False):
state = utils.service_call('read_all', COSReadAll, [])
if state:
out = []
for i in range(len(state.data)):
if (i % state.step == 0):
out.append([])
out[-1].append(state.data[i])
if debug:
for i in range(len(state.data)):
if (i % state.step == 0 and i > 1):
print()
print(state.data[i], end=" ")
return out
def lift(b, val, debug=False):
state = utils.service_call('lift', BlindLift, [b, val])
if state:
if debug:
print("Blind %s is now lifted to %s%%" % (b, state.lift))
return state.lift
def set_temp(temp, debug=False):
state = utils.service_call('set_temp', HVAC_SetTemp, [temp])
if state and debug:
print(state)
def tilt_all(val, debug=False):
state = utils.service_call('tilt_all', BlindTiltAll, [val])
if state:
if debug:
print("All blinds now tilted to %s%%" % (state.tilt))
return state.tilt
def tilt(b, val, debug=False):
state = utils.service_call('tilt', BlindTilt, [b, val])
if state:
if debug:
print("Blind %s is now tilted to %s%%" % (b, state.tilt))
return state.tilt
def lift_all(val, debug=False):
state = utils.service_call('lift_all', BlindLiftAll, [val])
if state:
if debug:
print("All blinds now lifted to %s%%" % (state.lift))
return state.lift
def set_fansp(speed, debug=False):
state = utils.service_call('set_fansp', HVAC_SetFanSp, [speed])
if state and debug:
print(state)
def get_temp(debug=False):
state = utils.service_call('get_temp', HVAC_GetTemp, [])
if state:
if debug:
print(state)
return state.data
def set_ep(ep, val, debug=False):
state = utils.service_call('set_ep', HVAC_SetEp, [ep, val])
if state and debug:
print(state)
def read(num, debug=False):
state = utils.service_call('read', COSReadOne, [num])
if state and debug:
print(state)
return state.data
def get_rh(debug=False):
state = utils.service_call('get_rh', HVAC_GetRH, [])
if state:
if debug:
print(state)
return state.data
def get_co2(debug=False):
state = utils.service_call('get_co2', HVAC_GetCO2, [])
if state:
if debug:
print(state)
return state.data
def inte_time(num, debug=True):
state = utils.service_call('inte_time', COSInteTime, [num])
if state and debug:
print(state)
return state
def get_sources(x, y, debug=False):
state = utils.service_call('get_sources', GetSources, [x, y])
if state and debug:
print("The sources of Light (%s,%s) is %s" % (x, y, state.sources))
return state.sources
def set_bms(debug=False):
state = utils.service_call('set_bms', HVAC_SetBms, [])
if state and debug:
print(state)
